function test_bug1599(datainfo, version)

% MEM 1gb
% WALLTIME 00:10:00
% DEPENDENCY ft_sourceanalysis ft_inverse_lcmv
% DATA private

% fixedori is set correctly in ft_inverse_lcmv, the only problem is
% that ft_sourceanalysis seems to not bother about this when using a
% predefined filter

if nargin<1
  datainfo = ref_datasets;
end
if nargin<2
  version = 'latest';
end

%% Try to reproduce
% load your very favourite data
k = 10; % ctf data
inputfile = fullfile(datainfo(k).origdir,version,'timelock',datainfo(k).type,['timelock_trl_' datainfo(k).datatype '.mat']);
load(inputfile);


% make grid'n'vol
vol = [];
vol.o = [0 0 4];
vol.r = 12;
vol.unit = 'cm';
vol.type = 'singlesphere';

sourcemodel = [];
sourcemodel.resolution = 2.5;

% compute filter
cfg                 = [];
cfg.headmodel       = vol;
cfg.sourcemodel     = sourcemodel;
cfg.method          = 'lcmv';
cfg.lcmv.keepfilter = 'yes';
cfg.lcmv.fixedori   = 'no';
filter              = ft_sourceanalysis(cfg, timelock);

cfg               = [];
cfg.headmodel     = vol;
cfg.method        = 'lcmv';
% cfg.rawtrial    = 'yes';
cfg.sourcemodel   = keepfields(filter, {'pos', 'filter', 'filterdimord', 'label'});
cfg.lcmv.fixedori = 'yes';
oriyes            = ft_sourceanalysis(cfg, timelock);
cfg.lcmv.fixedori = 'no';
orino             = ft_sourceanalysis(cfg, timelock);

% cfg is of course different, see above, so remove it
orino             = rmfield(orino, 'cfg');
oriyes            = rmfield(oriyes, 'cfg');

if ~isfield(oriyes.avg, 'ori')
  error('ori not added when it should be');
end

if isfield(orino.avg, 'ori')
  error('ori added when it should not be');
end

fprintf('test_bug1599 is all fine\n');
 
